Multi User Detection For Aerospace Communications

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Overview of Multi-User Detection For Aerospace Communications

The rapid advancement of aerospace technology, satellite communication networks have garnered escalating attention from myriad industries. Among them, the Medium Earth Orbit (MEO) satellite communication has found extensive utilization across numerous countries and systems. With the increasing number of users in MEO, multi -access interference (MAI) has become an important factor that restricts ...

Illustration of Multi User Detection For Aerospace Communications
Multi User Detection For Aerospace Communications

Simultaneous target detection and multi

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Multi User Detection For Aerospace Communications

In this paper, we propose several joint beamforming designs for the multi -input- multi -output (MIMO) dual-functional radar- communication system. We firstly split the antennas into two groups, one for radar and the other for communication . With this separated deployment, the radar signal is designed to fall into the null-space of the downlink communication channel. The communication beamformer ...

Illustration of Multi User Detection For Aerospace Communications
Multi User Detection For Aerospace Communications

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In this paper, we consider the beamforming designs for the MIMO RadCom system, which allow simultaneous target detection and downlink communications with multiple users in fading channels. Unlike the conventional approaches men-tioned above [9], [10], we design the beamforming matrices rather than the concrete waveforms, and thus avoiding the changes in the modulation scheme as well as the low ...

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